… In this review, it is highlighted that a large amount of work is needed in understanding the
interaction of foam and/or liquid within porous networks. Methods that can be applied to better …

… The interaction of a bubble of radius R with a container of radius R 1 was simplified as two
intersected circles. The ratio of average lengths of the arcs intersected in the circular container …

… heights, which reflects the impact of interparticle interactions at the earlier stages of foam …
and intermolecular properties on foam stability in both bulk and porous media. CaCO 3 …

… to understand foam-oil interactions and … foam in the porous medium. MRF can be defined
as the ratio of the pressure drop across the porous medium during foam generation ( Δ P foam ) …

… of foam-oil interactions … foam flow in porous media with and without oil using the mechanistic
population-balance approach for the first time. This model can therefore be used in foam …

… (Π) results in a greater flow resistance for foam in porous media. Disjoining pressure arises
from the typically repulsive interaction between two surfaces, which balances the capillary …

… that the pore size of the porous medium plays a more important role on the foam displacement
… with only limited data available on foam-oil interactions in porous media. Indeed, although …

… of surfactant formulation on foam stability during oil displacement in porous media which …
Apart from the effects of the complex geometry of the porous media on foam-oil interaction, …

… The concept of utilizing the synergistic interactions between nanoparticles and surfactant
for foam stabilization is fairly new in the context of subsurface applications. Worthen et al. (2013…

… We have demonstrated that foam-oil interaction in porous media is indeed … interactions to
be able to accurately model and predict the dynamics of foam-oil displacement in porous media…